Miller Lab

Lab for Synthetic and Spatial Tissue Dynamics. At @MGHCSB @harvardmed

[Christa Haase @ChristaHaase2]

https://t.co/WSkbWnh7BL
1/3 Ever wondered how to perform spatial transcriptomics in tissues that are difficult to section? Want to combine this with in situ or in vivo microscopy? Check out my first paper as a (co-)corresponding author now out in @naturemethods!

[🇺🇦Peter Caravan🇺🇦 @PeterCaravan]

i3 SYMPOSIUM 2022. We are hosting our 3rd annual online symposium on translational imaging. This time the topic is Imaging Drug Action. Outstanding lineup of speakers. Come join on Oct 27 & 28! #MolecularImaging. Please retweet. https://t.co/WFVg4cR4PB

[William L Hwang @DrWilliamHwang]

Our study on single-nucleus and spatial profiling of pancreatic cancer was published today @NatureGenet and will be the cover story in the August issue: https://t.co/stMOT1NZYc.

[Bioconjugate Chem @BioconjChem]

#Ionizingradiation as a #bioorthogonal approach to trigger-activating #prodrugs in #bioconjugation and delivery is a novel method of ensuring biologically-specific #tumortargeting! Read this latest report by Miller and coworkers @MGH_RI & more https://t.co/tnFM814RkZ

[William L Hwang @DrWilliamHwang]

Excited to announce that the Hwang lab will officially launch in July 2022 in the Simches Research Bldg on the main campus of MGH as part of the Center for Systems Biology @MGHCSB, Dept of Radiation Oncology, and Center for Cancer Research @MGHCancerCenter.

[Thomas Ng @ThomasNgImaging]

Excited to share our work combining clinical imaging, multi-modal/scale molecular imaging and modeling to improve BRAFi drug efficacy in lesions encountered in vivo. https://t.co/CScLokJ4GK
Appreciate the #teamwork #collaboration #mentors esp @MGHCSB @MillerLabCSB @WeisslederLab

[Christopher Garris @csgarrix]

Great research coming out of @MGHCSB @WeisslederLab for #earlydetection of #PancreaticCancer using #extracellularvesicle analysis. https://t.co/angqi9ButZ

[i3 Imaging Symposium @i3Symposium2021]

Want to learn more about translation imaging of inflammation? Check out the outstanding speaker lineup for our 2021 virtual symposium. October 28/29. https://t.co/qWkD0Z5v9h

[The Pittet Lab @PittetLab]

👍 Huge congratulations Fernanda and co-authors for producing this incredible story. For the readers: have a look at the the MANY human data, which are an invaluable addition to the mechanistic studies performed in animal models.

[HakhoLee Lab @HakhoLee_Lab]

Happy to share this new work on #extracellularvesicle published in @natBME. Great team work from @HakhoLee_Lab @WeisslederLab @MGHCSB @MGH_RI @JongminPark_lab

[The Pittet Lab @PittetLab]

💪Congratulations @csgarrix for this new achievement! Amazing work focusing on dendritic cells and CD40 to treat #bladdercancer. And it’s great to know that the findings are already being used to initiate a clinical trial. 🤞 #cancer #Immunotherapy https://t.co/saTcthpTmf

[Mass General Brigham Research @MGBResearchNews]

In a @NatureNano study, #MGRI @MGHCSB researchers demonstrated how oncogenic KRAS signaling controls albumin-drug uptake in mouse tumor models, and that manipulating nutrient signaling could enhance efficacy of nab-paclitaxel. @MillerLabCSB @WeisslederLab https://t.co/UqUAHJERFC

[Genevieve Boland, MD, PhD @gmboland]

Out today in ⁦@NatureMedicine⁩! Work w/ ⁦@dliu_ccb⁩: Evolution of delayed resistance to immunotherapy in a melanoma responder ⁦@MGH_RI⁩ ⁦@MGHSurgery⁩ ⁦@MGHCancerCenter⁩ ⁦@DanaFarber⁩ ⁦⁦@DanaFarberNews⁩⁩⁩ https://t.co/tQ1DT68Z9P

[Adam Weiner @adamcweiner]

Excited to share my #FirstFirstAuthorPaper (w/ co-first @alifarhat40 & PI @aarmey) out in Cell Reports today titled "Modeling cell-specific dynamics and regulation of the common gamma chain cytokines" https://t.co/STi1oGRQPT

[Matthias Nahrendorf @MatthiasNahrend]

Fun facts re human body:

30 x 10^12 cells, 90% of which are hematopoietic

total turn over ~4 million cells/sec

major contributors to turnover: RBCs, neutrophils and intestinal epithelia

adipocytes, muscle cells and neurons get exceptionally old

https://t.co/w6XeE3RYwb

[Kamila Naxerova @naxerova]

Genetic alterations can cause tissue pathology and disease.

But diseases also shape the genetic composition of tissues!

See below our new study on how increased HSC proliferation in atherosclerosis accelerates clonal hematopoiesis.

https://t.co/VEGE6xSDDJ

[Daniel Lucas @DanielL84885058]

Happy to share a new paper from our team @Nature. We show that myeloid cell differentiation is not random. Instead, is spatially organized by unique vessels in the bone marrow. https://t.co/uwsTe75Oru
More info in the thread below

[Weissleder @WeisslederLab]

Cycling between life and death https://t.co/IYTWroh8BB
@HMS_SysBio @MGHCSB @MillerLabCSB

[National Academy of Engineering @theNAEng]

Congratulations to @MIT educators @LindaGGriffith1 and Douglas Lauffenburger, the recipients of the 2021 Gordon Prize “for the establishment of a new biology-based engineering education" #NAEawards
@MITdeptofBE

Read more about recipients here: https://t.co/bhGM0FJZ6N

[MGH Center for Systems Biology @MGHCSB]

The Center for Systems Biology (CSB) at the Massachusetts General Hospital (MGH) Research Institute and Harvard Medical School (HMS), in Boston is seeking outstanding scientists for faculty positions to start July 1, 2021. @WeisslederLab @MGH_RI @HMS_SysBio @MGHMedicine